Micro Materials, Wrexham Videos

Registration is free and all participants will receive a certificate of attendance plus a link to enable them to view a recording of the talks - https://my.demio.com/ref/RqOQDrgGZtTn7U6M #nanomechanics #technicalseminar #Nanoindentation

Micro Materials NanoTest Xtreme
Do you need to know how your materials will perform in extreme environments? In the video, Micro Materials applications experts show why the oxygen-free, NanoTest Xtreme is the instrument of choice for ultra-reliable nanomechanics at temperatures as high as 1000°C. For further details on the NanoTest Xtreme visit micromaterials.co.uk +44 (0)1978 261 615 [email protected] #nanotest #nanotechnology #Nanoindentation #nanomechanics #advancedmaterials #materialsengineering

Recent experiments with controlled spacing reveal how crack systems interact
When a material is subjected to solid particle erosion, the surface is impacted by particles at random locations and the subsequent wear is complicated by the interactions between the impact-damaged regions. Micro Materials have developed a completely new impact test technique, which enables real erosion conditions to be accurately simulated by programmed stage movement that produces multiple nano-impacts at different locations on the test sample service. ⬇️ Take a look at this video provided by our project partner National Physical Laboratory (NPL)Teddington, UK. #coatings #nanoimpacttesting #aerospace #nanomechanicaltesting #materialsscience #damagemechanisms #impactwear #erosion #tests

How cracks coalesce to cause impact wear
The "random impact" test - a revolutionary nano-impact testing method for simulating erosive wear in coatings and bulk materials Register now for our upcoming online seminar: Date: Tuesday, 28th February 2023 Time: 4:00pm GMT / 11:00am EST / 09:30pm IST Speaker: Prof Ben Beake, Micro Materials Register here: https://my.demio.com/ref/HIDHcWpUs3OUtwj6 When a material is subjected to solid particle erosion, the surface is impacted by particles at random locations and the subsequent wear is complicated by the interactions between the impact-damaged regions. Micro Materials have developed a completely new impact test technique, which enables real erosion conditions to be accurately simulated by programmed stage movement that produces multiple nano-impacts at different locations on the test sample service. This webinar describes the new test with examples of where it has been used in the development of advanced thermal barrier coating (TBC) systems for jet engines. Results from the new test show excellent correlation with conventional erosion tests on TBCs, replicating damage mechanisms and coating rankings. Registration is free and all participants will receive a certificate of attendance plus a link to view a recording of the talks. Video image provided by our project partner National Physical Laboratory (NPL), Teddington, UK. #coatings #nanoimpacttesting #aerospace #nanomechanicaltesting #materialsscience #impactwear

Micro Materials NanoTest Xtreme
Do you need to know how your materials will perform in extreme environments? In the video, Micro Materials applications experts show why the oxygen-free, NanoTest Xtreme is the instrument of choice for ultra-reliable nanomechanics at temperatures as high as 1000°C. For further details on the NanoTest Xtreme visit micromaterials.co.uk/products/nanotest-xtreme/ +44 (0)1978 261 615 [email protected] #nanotest #nanotechnology #Nanoindentation #nanomechanics #advancedmaterials #materialsengineering